1) baroclinic fluid
斜压流体
2) the depth-dependent current
斜压流
1.
Analysis shows that the depth-dependent current contains multiple frequencies, mainly being the semidiurnal tidal current,qua.
分析还表明:该海域存在较强的半日潮、近日潮、近惯性和半月频率的斜压流,其平均动能大值发生在跃层及其附近的水层中;而平均涡动动能大值出现在跃层下界以浅,最大值则在跃层上界附近。
3) baroclinic circulation
斜压环流
1.
In the context of the 1958~1997 NCEP/NCAR reanalyses,the south Asian high (SAH) is vertically divided into two components,barotropic and baroclinic circulations,whereupon the conversion features are addressed of the SAH during its seasonal variation.
利用1958~1997 年的 N C E P/ N C A R 再分析资料,采用将大气环流在垂直方向分解为正压和斜压环流两个分量的方法,讨论了南亚高压季节演变中的正斜压环流的转换特征。
4) baroclinic curr
斜压海流
1.
Vertical structure of baroclinic currents over northern South China Sea continental slope;
南海北部大陆坡区斜压海流的垂向结构
5) baroclinic monsoon pattern
斜压流型
1.
Those are baroclinic monsoon pattern in south China and south China sea,barotropic monsoon pattern in north China and northeast China,mixed monsoon pattern in east China and west Pacific ocean.
结果表明 :这一地区的季风可分为 3种类型 :南海、华南沿海和低纬西太平洋主要为斜压流型季风区 ;华北北部、东北地区沿海主要为正压流型季风区 ;我国东部沿海和长江流域以及 2 7°N附近的西太平洋地区为正斜压流型共同形成的混合型季风区。
6) baroclinic Ekman flow
斜压Ekman流
补充资料:斜压流体
见正压流体。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条